sob-crofbhvsic:nidtion Conservation of Momentum Lab Date: In any interaction between objects in a closed and isolated system, momentum is conserved because of Newton's third law of motion. In this activity, you will be conducting a virtual laboratory experiment to determine if momentum is conserved in different kinds of interactions. The virtual lab conducted will be the PhET Collision Lab. You can find the simulation at https:llphet.colorado.edulenlsimulationllegacylcollision-Iab. Part One: Collisions That \"Stick\" . Open the simulation, and make sure the Introduction tab is clicked. . Click and drag the Elasticity scale to 0%, making the objects stick together. Set the mass of the two objects to the same value, and click on More Data below the mass values. You should now see the position, velocity, and momentum values. Add these initial values to the data table below. Initial Values (pro-collision) m II n After the two objects collide, again note the mass, velocity, and momentum values. Add these final values to the data table below. Final Values (post-collision) m II n Next, triple the mass of object 2 compared to its initial value. Conduct the experiment again, completing the tables with values from before and after the collision. Initial Values (pre-colllsion) m n questions continued on next page Unn deansarvnlcn m'MnmanIum Copyright 2018 Georgia Public Broadcasting. All rights reserved. Use or distribution by an unintended recipient is prohibited